As a leader in the industry, our engineers continuously research new and better solutions to increase the efficiency and safety of our products. At IDEC, power supplies aren't just an "add-on" product; they are the foundation of a reliable application. We are committed to upholding the highest standards of manufacturing to produce a complete line of power supplies that outlast and outperform the competition!
The PS6R has a high operating efficiency, up to 93%. This means that there is very little heat generated by the power supply, reducing panel cooling requirements and resulting in lower overall operating costs.
The power inputs have a range of 85-264V AC to 100-350V DC, and automatically adjust to the correct input power.
When multiple output voltages or extra wiring terminals are needed, choose from seven expansion modules instead of buying another power supply.
NPN transistor output can be used to signal when output voltage is below 80% of rated value.
DC Low Indicator
Indicator turns on when the output voltage drops below 80% of the rated value.
Additional DC-DC converter units can be added to give you up to three separate output voltages – 5V, 12, and 15V. 2 Serial Ports: RS232 and RS485 (422).
The PS6R is Class 1 Division 2 rated for use in hazardous environments, and has SEMI F47 approval for use in sensitive applications, where output power cannot be compromised due to incoming voltage sags. PS6R provides security and stability where you need it most!
These terminals provide additional safety, increase ease of use, and allow use of ring or fork terminals.
PS6R power supplies have very low output ripples of less than 1% peak to peak.
The PS6R has a wide operating temperature range of -10°C to +70°C, with no de-rating from 0°C to +60°C. Operate with confidence in the toughest environments!
Explore the exceptional capabilities of the IDEC PS5R-V Series power supplies in this informative video. Discover how these advanced power solutions contribute to enhanced efficiency and reliability in your operations, providing consistent performance and peace of mind. Delve into the future of power management with our expert-driven insights into the IDEC PS5R-V Series.
Significant reductions in size mean potential panel cost savings. Slim size (width): 22.5mm (10W/15W/30W) 36mm (60W) 46mm (120W)
The PS5R-V is Class I Division 2 rated for use in hazardous environments, and has SEMI F47 approval for use in sensitive applications, where output power cannot be compromised due to incoming voltage sags. PS5R-V provides security and stability where you need it most!
The power inputs have a range of 85-264V AC and 100-370V DC, and automatically adjust to the correct input power.
The output voltage can be easily adjusted within +/- 10% of the rated voltage.
With a range as great as -25 to +75C, PS5R-V is ideal for tough environments.
The PS5R-V can be installed in any orientation, so it is flexible enough to fit in any cabinet.
PS3V Switching Power Supply 15 to 150 Watt available with screw terminals or push-in terminals.
The compact and cost-effective power supply is available in 5VDC, 12VDC and 24VDC output voltages. The metal frame power supplies are UL listed and cUL approved along with being CE and UKCA marked. The PS3X has 15W, 30W, 50W, 100 and 150W power options. Each frame can be surface mounted, or DIN-rail mounted using a mounting bracket. The 30-watt to 150-Watt sizes are available with screw terminals or Push-in terminals.
With a range as great as -25 to +70C, ideal for tough environments.
KIT-HT3P provides the complete offer for customers seeking to evaluate the Safety Commander™ solutions as the potential replacement of teaching pendants or control panels on the factory floor.
The PS5R-V can be installed in any direction, making it versatile enough to fit into any cabinet.
Access the PS3V datasheet for a detailed guide on our advanced power supply solutions. Tailored for engineers and technical experts, it offers comprehensive insights into performance metrics, electrical characteristics, and application guidelines, ensuring precise and efficient project optimization.
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Switch mode power supplies are different from linear power supplies in how the AC voltage is converted into the DC voltage. Switch mode power supplies use a power transistor to produce a high frequency voltage that is passed through a small transformer and then filtered to remove both the AC voltage and noise. Linear power supplies deliver DC by passing the primary AC voltage through a transformer and filtering it to remove the AC voltage. Switching power supplies feature higher efficiencies, lighter weight, longer hold up times, and the ability to handle wider input voltage ranges. Switch mode power supplies may generate high frequency noise resulting from the use of a power transistor, however IDEC power supplies filter most of this noise. Linear power supplies are usually larger and less expensive but are limited in application.
The overload protection function will operate to shut off the output until the short is cleared.
No. Blown fuses indicate that the internal circuits are damaged. Contact IDEC for repair. Do not replace the fuse and reoperate, otherwise electric shock, fire, or malfunction may occur.
UL1310 Table 30.1 indicate the output current and power limitations. This is to reduce the risk of fire. The output current can not exceed 8A and the output voltage cannot exceed 30VDC.
SELV stands for Safety Extra Low Voltage. UL 60950-1 states that a SELV circuit is a “secondary circuit which is so designed and protected that under normal and single fault conditions, its voltages do not exceed a safe value.” A “secondary circuit” has no direct connection to the primary power (AC mains) and derives its power via a transformer, converter, or equivalent isolation device. See UL60950-1 for additional information.
Series operation is used to increase the output voltage of multiple power supplies. Wired to increase output voltage. See manufactures data sheet to determine if this can be done.
It installs into typical 22mm panel-mount holes right along with other switches, buttons, and lights.
Parallel operation is used to increase the output current of multiple power supplies. See manufactures data sheet to determine if Parallel operation is allowed.
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